Micro Abutment Ø3.5 compatible with Neodent® Grand Morse® GM

GENERAL DESCRIPTION:

The GT-Medical Micro Abutment Ø3.5 is a one-piece transmucosal abutment manufactured from Grade 5 Titanium, compatible with Neodent® Grand Morse® GM implants.

Designed for single-unit and multiple screw-retained restorations, it accurately reproduces the geometry of the original prosthetic connection to provide a stable fit and reliable integration in implant-supported restorations.

Its reduced prosthetic diameter makes it especially suitable for limited interdental spaces. Its anti-rotational connection also allows single-unit restorations with impressions taken directly at abutment level, simplifying the prosthetic workflow and enabling accurate positioning of the restoration.

FEATURES:

• Ø3.5 mm prosthetic diameter, recommended for limited spaces and narrow interdental areas.
• Anatomical one-piece design, providing greater stability and eliminating internal joints susceptible to micromovement and microleakage.
• Anti-rotational connection for single-unit and multiple restorations with impressions taken at abutment level.
• Available in different gingival heights to adapt to different soft-tissue thicknesses.
• Secure intraoral insertion and positioning using a dedicated carrier.
• Manufactured from Grade 5 Titanium, offering high mechanical strength and excellent biocompatibility.

Compatible instrumentation is available in our online store:
Carrier for Micro Abutments – GT-Medical

USE AND GEOMETRY:

Indicated for single-unit and multiple screw-retained restorations on Neodent® Grand Morse® GM implants, particularly when interdental space is limited and a stable, precise prosthetic solution is required.

For correct treatment planning, a minimum interocclusal space of 3.5 mm from the mucosal level should be considered, together with approximately 1.5–2.0 mm of additional space for the restorative material.

Its anatomical geometry provides a smooth transition between the implant and the restoration, while the different gingival heights allow the most suitable option to be selected according to the soft-tissue thickness.

The one-piece design improves the biomechanical stability of the prosthetic assembly and reduces the risk of micromovement and internal microleakage.